Comparison of high-speed videography and phase Doppler anemometry applied to flat-fan sprays

Engineering

• Droplet Size 100%
• Velocity Component 100%
• Temporal Resolution 100%
• Good Agreement 50%
• Atomisation 50%
• Lagrangian Approach 50%
• Two Dimensional 50%
• Spatial Resolution 50%
• Shadowgraphy 50%
• Droplet Size Distribution 50%
• Size Range 50%
• Dynamic Range 50%
• Particle Image Velocimetry 50%
• Hybrid Approach 50%
• Spray Water 50%
• Horizontal Velocity 50%
• Optical Spectrum 50%
• Constrainedness 50%

Keyphrases

• Phase Doppler Anemometry 100%
• Flat Fan 100%
• High-speed Videography 100%
• Droplet Size Distribution 50%
• Droplet Velocity Distribution 25%
• Two Dimensional 12%
• Temporal Resolution 12%
• Measurement Techniques 12%
• Atomization 12%
• High Temporal Resolution 12%
• Spray Characterization 12%
• Large Values 12%
• Spatial Resolution 12%
• Median Diameter 12%
• Velocity Components 12%
• Velocity Measurement 12%
• Fully Lagrangian Approach 12%
• Quasi-steady 12%
• Droplet Flow 12%
• Particle Image Velocimetry 12%
• Water Spray 12%
• Droplet number 12%
• Comprehensive Representation 12%
• Polydisperse Droplets 12%
• Spray Field 12%
• Optical Setup 12%
• Horizontal Velocity 12%
• Vertical Velocity Component 12%
• Combined Measurement 12%
• Broad Dynamic Range 12%
• Hybrid Approach 12%
• Quiescent Conditions 12%
• High-speed Shadowgraphy 12%

Chemical Engineering

• Phase Doppler Anemometry 100%
• Velocity Measurement 25%
• Atomizer Nozzle 12%